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Jenoptik is a globally operating technology 
group with facilities in more than 80 countries with optical technologies being the core of their business focus. Jenoptik specializes in high-quality semiconductor lasers and reliable diode lasers from 532nm-1470nm in fiber coupled and actively and passively cooled open heatsinks, as well as unmounted bars. In addition to the laser diode product lines, Jenoptik also produces innovative solid-state lasers such as nanosecond disk and pulsed fiber lasers. Jenoptik’s key customers primarily include companies in the semiconductor equipment, automotive and automotive supplier, medical technology, defense and security as well as the aviation industries.
Jenoptik’s constantly developing our products, technologies and services in the interests of our customers, employees, investors and partners. In doing so, we comply with international standards in accordance with ISO 9001 for quality management, ISO 14001 for environmental management, and OHSAS 18001 on occupational health and safety.
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[description] => Jenoptik Lasers Overview
Jenoptik is a globally operating technology group with facilities in more than 80 countries with optical technologies being the core of their business focus. Jenoptik specializes in high-quality semiconductor lasers and reliable diode lasers from 532nm-1470nm in fiber coupled and actively and passively cooled open heatsinks, as well as unmounted bars. In addition to the laser diode product lines, Jenoptik also produces innovative solid-state lasers such as nanosecond disk and pulsed fiber lasers. Jenoptik’s key customers primarily include companies in the semiconductor equipment, automotive and automotive supplier, medical technology, defense and security as well as the aviation industries.
Jenoptik’s constantly developing our products, technologies and services in the interests of our customers, employees, investors and partners. In doing so, we comply with international standards in accordance with ISO 9001 for quality management, ISO 14001 for environmental management, and OHSAS 18001 on occupational health and safety.
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[post_content] => Overview of JOLD-1000-QANN-10A: Laser Diode Stack
The JOLD-1000-QANN-10A is a free space, multimode laser diode stack, with 1000W QCW output power, and wavelength options of 808nm, or 938nm. High power 1000W laser diode bar stacks require a very efficient actively cooled package, like microchannel cooling (MCC) heatsinks, due to a large amount of heat waste in a small area. Our vertical stacks enable you to increase the optical output power of your diode laser to your desired power output. To do so, we stack up to 12 mounted laser bars to form a diode laser stack or an assembly, providing up to 1200W output power. Because of the small gaps between the laser bars, maximum brilliance is achieved from the stacks. These JOLD-1000-QANN-10A actively cooled stacks are available without collimation, with a Fast-Axis (FA) collimation only or combined Fast-Axis/Slow-Axis (SA) collimation.
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JOLD-1000-QANN-10A Features:
- High optical output power up to 1000 W QCW
- Wavelengths: 808 and 938 nm
- High efficiency, low divergences
- Lifetime > 1 GShot, high reliability
- Collimation options
JOLD-1000-QANN-10A Applications:
- Material processing: Curing of metals, annealing.
- Medical technology: Esthetics, dermatology.
- Industry: Pumping source for fiber lasers and solid-state lasers.
- Science and research: Pumping source for fiber lasers.
Overview of JOLD-1080-QAFN-12A: Laser Diode Stack
The JOLD-1080-QAFN-12A is a free space, multimode laser diode stack, with 1100W QCW output power, and wavelength options of 808nm, or 938nm. High power 1000W laser diode bar stacks require a very efficient actively cooled package, like microchannel cooling (MCC) heatsinks, due to a large amount of heat waste in a small area. Our vertical stacks enable you to increase the optical output power of your diode laser to your desired power output. To do so, we stack up to 12 mounted laser bars to form a diode laser stack or an assembly, providing up to 1100W output power. Because of the small gaps between the laser bars, maximum brilliance is achieved from the stacks. These JOLD-1000-QANN-10A actively cooled stacks are available without collimation, with a Fast-Axis (FA) collimation only or combined Fast-Axis/Slow-Axis (SA) collimation. [su_spacer="30"]JOLD-1080-QAFN-12A Features:
- High optical output power up to 1080 W QCW
- Wavelengths: 808 and 938 nm
- High efficiency, low divergences
- Lifetime > 1 GShot, high reliability
- Collimation options
JOLD-1080-QAFN-12A Applications:
- Material processing: Curing of metals, annealing.
- Medical technology: Esthetics, dermatology.
- Industry: Pumping source for fiber lasers and solid-state lasers.
- Science and research: Pumping source for fiber lasers.
Overview of JOLD-1100-CAFN-10A: Laser Diode Stack
The JOLD-1100-CAFN-10A is a free space, multimode laser diode stack, with 1000W QCW output power, and wavelength options of 940nm, or 980nm. High power 1000W laser diode bar stacks require a very efficient actively cooled package, like microchannel cooling (MCC) heatsinks, due to a large amount of heat waste in a small area. Our vertical stacks enable you to increase the optical output power of your diode laser to your desired power output. To do so, we stack up to 12 mounted laser bars to form a diode laser stack or an assembly, providing up to 1200W output power. Because of the small gaps between the laser bars, maximum brilliance is achieved from the stacks. These JOLD-1100-CAFN-10A actively cooled stacks are available without collimation, with a Fast-Axis (FA) collimation only or combined Fast-Axis/Slow-Axis (SA) collimation. [su_spacer="30"]JOLD-1100-CAFN-10A Features:
- High optical output power up to 1100 W QCW
- Wavelengths: 940 and 980 nm
- High efficiency, low divergences
- Lifetime > 1 GShot, high reliability
- Collimation options
JOLD-1100-CAFN-10A Applications:
- Material processing: Curing of metals, annealing.
- Medical technology: Esthetics, dermatology.
- Industry: Pumping source for fiber lasers and solid-state lasers.
- Science and research: Pumping source for fiber lasers.
Overview of JOLD-1200-CANN-10A: Laser Diode Stack
The JOLD-1200-CANN-10A is a free space, multimode laser diode stack, with 1000W QCW output power, and wavelength options of 940nm, or 976nm. High power 1000W laser diode bar stacks require a very efficient actively cooled package, like microchannel cooling (MCC) heatsinks, due to a large amount of heat waste in a small area. Our vertical stacks enable you to increase the optical output power of your diode laser to your desired power output. To do so, we stack up to 12 mounted laser bars to form a diode laser stack or an assembly, providing up to 1200W output power. Because of the small gaps between the laser bars, maximum brilliance is achieved from the stacks. These JOLD-1200-CANN-10A actively cooled stacks are available without collimation, with a Fast-Axis (FA) collimation only or combined Fast-Axis/Slow-Axis (SA) collimation. [su_spacer="30"]JOLD-1200-CANN-10A Features:
- High optical output power up to 1200 W QCW
- Wavelengths: 940 and 976 nm
- High efficiency, low divergences
- Lifetime > 1 GShot, high reliability
- Collimation options
JOLD-1000-QANN-10A Applications:
- Material processing: Curing of metals, annealing.
- Medical technology: Esthetics, dermatology.
- Industry: Pumping source for fiber lasers and solid-state lasers.
- Science and research: Pumping source for fiber lasers.
Overview of JOLD-1200-QANN-12A: Laser Diode Stack
The JOLD-1200-QANN-12A is a free space, multimode laser diode stack, with 1200W QCW output power, and wavelength options of 808nm, or 938nm. High power 1000W laser diode bar stacks require a very efficient actively cooled package, like microchannel cooling (MCC) heatsinks, due to a large amount of heat waste in a small area. Our vertical stacks enable you to increase the optical output power of your diode laser to your desired power output. To do so, we stack up to 12 mounted laser bars to form a diode laser stack or an assembly, providing up to 1200W output power. Because of the small gaps between the laser bars, maximum brilliance is achieved from the stacks. This JOLD-1200-QANN-12A actively cooled stacks are available without collimation, with a Fast-Axis (FA) collimation only or combined Fast-Axis/Slow-Axis (SA) collimation. [su_spacer="30"]JOLD-1200-QANN-12A Features:
- High optical output power up to 1200 W QCW
- Wavelengths: 808 and 938 nm
- High efficiency, low divergences
- Lifetime > 1 GShot, high reliability
- Collimation options
JOLD-1200-QANN-12A Applications:
- Material processing: Curing of metals, annealing.
- Medical technology: Esthetics, dermatology.
- Industry: Pumping source for fiber lasers and solid-state lasers.
- Science and research: Pumping source for fiber lasers.
Overview of JOLD-1320-CAFN-12A: Laser Diode Stack
The JOLD-1320-CAFN-12A is a free space, multimode laser diode stack, with 1320W QCW output power, and wavelength options of 940nm, or 976nm. High power 1320W laser diode bar stacks require a very efficient actively cooled package, like microchannel cooling (MCC) heatsinks, due to a large amount of heat waste in a small area. Our vertical stacks enable you to increase the optical output power of your diode laser to your desired power output. To do so, we stack up to 12 mounted laser bars to form a diode laser stack or an assembly, providing up to 1320W output power. Because of the small gaps between the laser bars, maximum brilliance is achieved from the stacks. These JOLD-1320-CAFN-12A actively cooled stacks are available without collimation, with a Fast-Axis (FA) collimation only or combined Fast-Axis/Slow-Axis (SA) collimation. [su_spacer="30"]JOLD-1320-CAFN-12A Features:
- High optical output power up to 1320 W QCW
- Wavelengths: 940 and 976 nm
- High efficiency, low divergences
- Lifetime > 1 GShot, high reliability
- Collimation options
JOLD-1320-CAFN-12A Applications:
- Material processing: Curing of metals, annealing.
- Medical technology: Esthetics, dermatology.
- Industry: Pumping source for fiber lasers and solid-state lasers.
- Science and research: Pumping source for fiber lasers.
Overview of JOLD-140-CAXF-6A: Fiber-Coupled Laser Diode
The JOLD-140-CAXF-6A is a fiber-coupled, multimode laser diode array, with options for 808nm, 915nm, 940nm, and 976nm wavelength, and CW output power up to 14oW, delivered via 600µm core diameter fiber. This diode array is equipped with an integrated pilot laser, power monitor, and an internal fiber detector (interlock). The JOLD-140-CAXF-6A is conductively cooled and is designed for medical applications. [su_spacer="30"]JOLD-140-CAXF-6A Features
- Wavelength: 808, 915, 940, and 976 nm
- High optical output power up to 140 W cw
- Fiber core diameter: 600 μm ( NA 0.22 )
- Integrated pilot laser and power monitor
- Internal fiber detector ( interlock )
- Conductive cooling
- Designed for medical applications
Overview of JOLD-2400-Q-8A-H: Laser Diode Stack
The JOLD-2400-Q-8A-H is a free space, multimode laser diode stack, with 2400W QCW output power, and wavelength options of 940nm, or 976nm. High power 2400W laser diode bar stacks require a very efficient actively cooled package, like microchannel cooling (MCC) heatsinks, due to a large amount of heat waste in a small area. Our vertical stacks enable you to increase the optical output power of your diode laser to your desired power output. To do so, we stack up to 12 mounted laser bars to form a diode laser stack or an assembly, providing up to 2400W output power. Because of the small gaps between the laser bars, maximum brilliance is achieved from the stacks. These JOLD-2400-Q-8A-H actively cooled stacks are available without collimation, with a Fast-Axis (FA) collimation only or combined Fast-Axis/Slow-Axis (SA) collimation. [su_spacer="30"]JOLD-2400-Q-8A-H Features:
- High optical output power up to 2400 W QCW
- Wavelengths: 940 and 976 nm
- High efficiency, low divergences
- Lifetime > 1 GShot, high reliability
- Collimation options
JOLD-2400-Q-8A-H Applications:
- Material processing: Curing of metals, annealing.
- Medical technology: Esthetics, dermatology.
- Industry: Pumping source for fiber lasers and solid-state lasers.
- Science and research: Pumping source for fiber lasers.
Overview of JOLD-1560-QAF-2x8A: Laser Diode Stack
The JOLD-1560-QAF-2x8A is a free space, multimode laser diode stack, with 1560W QCW output power, and wavelength of 808nm. High power 1560W laser diode bar stacks require a very efficient actively cooled package, like microchannel cooling (MCC) heatsinks, due to a large amount of heat waste in a small area. Our vertical stacks enable you to increase the optical output power of your diode laser to your desired power output. To do so, we stack up to 12 mounted laser bars to form a diode laser stack or an assembly, providing up to 1560W output power. Because of the small gaps between the laser bars, maximum brilliance is achieved from the stacks. These JOLD-1560-QAF-2x8A actively cooled stacks are available without collimation, with a Fast-Axis (FA) collimation only or combined Fast-Axis/Slow-Axis (SA) collimation. [su_spacer="30"]JOLD-1560-QAF-2x8A Features:
- High optical output power up to 3000 W QCW
- Wavelengths: 808 nm
- High efficiency, low divergences
- Lifetime > 1 GShot, high reliability
- Collimation options
JOLD-1560-QAF-2x8A Applications:
- Material processing: Curing of metals, annealing.
- Medical technology: Esthetics, dermatology.
- Industry: Pumping source for fiber lasers and solid-state lasers.
- Science and research: Pumping source for fiber lasers.
Overview of JOLD-1600-QA-2x8A: Laser Diode Stack
The JOLD-1600-QA-2x8A is a free space, multimode laser diode stack, with 1600W QCW output power, and wavelength of 808nm. High power 1600W laser diode bar stacks require a very efficient actively cooled package, like microchannel cooling (MCC) heatsinks, due to a large amount of heat waste in a small area. Our vertical stacks enable you to increase the optical output power of your diode laser to your desired power output. To do so, we stack up to 12 mounted laser bars to form a diode laser stack or an assembly, providing up to 1600W output power. Because of the small gaps between the laser bars, maximum brilliance is achieved from the stacks. These JOLD-1600-QA-2x8A actively cooled stacks are available without collimation, with a Fast-Axis (FA) collimation only or combined Fast-Axis/Slow-Axis (SA) collimation. [su_spacer="30"]JOLD-1600-QA-2x8A Features:
- High optical output power up to 1600 W QCW
- Wavelengths: 808 nm
- High efficiency, low divergences
- Lifetime > 1 GShot, high reliability
- Collimation options
JOLD-1600-QA-2x8A Applications:
- Material processing: Curing of metals, annealing.
- Medical technology: Esthetics, dermatology.
- Industry: Pumping source for fiber lasers and solid-state lasers.
- Science and research: Pumping source for fiber lasers.
Overview of JOLD-1000-QANN-10A: Laser Diode Stack
The JOLD-1000-QANN-10A is a free space, multimode laser diode stack, with 1000W QCW output power, and wavelength options of 808nm, or 938nm. High power 1000W laser diode bar stacks require a very efficient actively cooled package, like microchannel cooling (MCC) heatsinks, due to a large amount of heat waste in a small area. Our vertical stacks enable you to increase the optical output power of your diode laser to your desired power output. To do so, we stack up to 12 mounted laser bars to form a diode laser stack or an assembly, providing up to 1200W output power. Because of the small gaps between the laser bars, maximum brilliance is achieved from the stacks. These JOLD-1000-QANN-10A actively cooled stacks are available without collimation, with a Fast-Axis (FA) collimation only or combined Fast-Axis/Slow-Axis (SA) collimation. [su_spacer="30"]JOLD-1000-QANN-10A Features:
- High optical output power up to 1000 W QCW
- Wavelengths: 808 and 938 nm
- High efficiency, low divergences
- Lifetime > 1 GShot, high reliability
- Collimation options
JOLD-1000-QANN-10A Applications:
- Material processing: Curing of metals, annealing.
- Medical technology: Esthetics, dermatology.
- Industry: Pumping source for fiber lasers and solid-state lasers.
- Science and research: Pumping source for fiber lasers.
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